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            <a href="#" onclick="return toggle(this)">namespace</a> <a href="namespacetf.html" class="m-doc">tf</a> <span class="m-doc">taskflow namespace</span>
            <ul class="m-doc">
              <li>class <a href="classtf_1_1AsyncTask.html" class="m-doc">AsyncTask</a> <span class="m-doc">class to create a dependent asynchronous task</span></li>
              <li>class <a href="classtf_1_1ChromeObserver.html" class="m-doc">ChromeObserver</a> <span class="m-doc">class to create an observer based on Chrome tracing format</span></li>
              <li class="m-doc-collapsible collapsed">
                <a href="#" onclick="return toggle(this)">class</a> <a href="classtf_1_1cudaDeviceAllocator.html" class="m-doc">cudaDeviceAllocator</a> <span class="m-doc">class to create a CUDA device allocator</span>
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                  <li>struct <a href="structtf_1_1cudaDeviceAllocator_1_1rebind.html" class="m-doc">rebind</a> <span class="m-doc">its member type <code>U</code> is the equivalent allocator type to allocate elements of type U</span></li>
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              <li>class <a href="classtf_1_1cudaEvent.html" class="m-doc">cudaEvent</a> <span class="m-doc">class to create an RAII-styled wrapper over a native CUDA event</span></li>
              <li>class <a href="classtf_1_1cudaExecutionPolicy.html" class="m-doc">cudaExecutionPolicy</a> <span class="m-doc">class to define execution policy for CUDA standard algorithms</span></li>
              <li>class <a href="classtf_1_1cudaFlow.html" class="m-doc">cudaFlow</a> <span class="m-doc">class to create a cudaFlow task dependency graph</span></li>
              <li>class <a href="classtf_1_1cudaFlowCapturer.html" class="m-doc">cudaFlowCapturer</a> <span class="m-doc">class to create a cudaFlow graph using stream capture</span></li>
              <li>class <a href="classtf_1_1cudaFlowLinearOptimizer.html" class="m-doc">cudaFlowLinearOptimizer</a> <span class="m-doc">class to capture a linear CUDA graph using a sequential stream</span></li>
              <li>class <a href="classtf_1_1cudaFlowOptimizerBase.html" class="m-doc">cudaFlowOptimizerBase</a> <span class="m-doc">class to provide helper common methods for optimization algorithms</span></li>
              <li>class <a href="classtf_1_1cudaFlowRoundRobinOptimizer.html" class="m-doc">cudaFlowRoundRobinOptimizer</a> <span class="m-doc">class to capture a CUDA graph using a round-robin algorithm</span></li>
              <li>class <a href="classtf_1_1cudaFlowSequentialOptimizer.html" class="m-doc">cudaFlowSequentialOptimizer</a> <span class="m-doc">class to capture a CUDA graph using a sequential stream</span></li>
              <li>class <a href="classtf_1_1cudaScopedDevice.html" class="m-doc">cudaScopedDevice</a> <span class="m-doc">class to create an RAII-styled context switch</span></li>
              <li>class <a href="classtf_1_1cudaStream.html" class="m-doc">cudaStream</a> <span class="m-doc">class to create an RAII-styled wrapper over a native CUDA stream</span></li>
              <li>class <a href="classtf_1_1cudaTask.html" class="m-doc">cudaTask</a> <span class="m-doc">class to create a task handle over an internal node of a cudaFlow graph</span></li>
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                <a href="#" onclick="return toggle(this)">class</a> <a href="classtf_1_1cudaUSMAllocator.html" class="m-doc">cudaUSMAllocator</a> <span class="m-doc">class to create a unified shared memory (USM) allocator</span>
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                  <li>struct <a href="structtf_1_1cudaUSMAllocator_1_1rebind.html" class="m-doc">rebind</a> <span class="m-doc">its member type <code>U</code> is the equivalent allocator type to allocate elements of type U</span></li>
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              <li>class <a href="classtf_1_1DataPipe.html" class="m-doc">DataPipe</a> <span class="m-doc">class to create a stage in a data-parallel pipeline</span></li>
              <li>class <a href="classtf_1_1DataPipeline.html" class="m-doc">DataPipeline</a> <span class="m-doc">class to create a data-parallel pipeline scheduling framework</span></li>
              <li>struct <a href="structtf_1_1DefaultClosureWrapper.html" class="m-doc">DefaultClosureWrapper</a> <span class="m-doc">default closure wrapper that simplies runs the given closure as is</span></li>
              <li>struct <a href="structtf_1_1DefaultTaskParams.html" class="m-doc">DefaultTaskParams</a> <span class="m-doc">empty task parameter type for compile-time optimization</span></li>
              <li>class <a href="classtf_1_1DynamicPartitioner.html" class="m-doc">DynamicPartitioner</a> <span class="m-doc">class to construct a dynamic partitioner for scheduling parallel algorithms</span></li>
              <li>class <a href="classtf_1_1FlowBuilder.html" class="m-doc">FlowBuilder</a> <span class="m-doc">class to build a task dependency graph</span></li>
              <li>class <a href="classtf_1_1Future.html" class="m-doc">Future</a> <span class="m-doc">class to access the result of an execution</span></li>
              <li>class <a href="classtf_1_1Graph.html" class="m-doc">Graph</a> <span class="m-doc">class to create a graph object</span></li>
              <li>class <a href="classtf_1_1GuidedPartitioner.html" class="m-doc">GuidedPartitioner</a> <span class="m-doc">class to construct a guided partitioner for scheduling parallel algorithms</span></li>
              <li>class <a href="classtf_1_1ObserverInterface.html" class="m-doc">ObserverInterface</a> <span class="m-doc">class to derive an executor observer</span></li>
              <li>class <a href="classtf_1_1PartitionerBase.html" class="m-doc">PartitionerBase</a> <span class="m-doc">class to derive a partitioner for scheduling parallel algorithms</span></li>
              <li>class <a href="classtf_1_1Pipe.html" class="m-doc">Pipe</a> <span class="m-doc">class to create a pipe object for a pipeline stage</span></li>
              <li>class <a href="classtf_1_1Pipeflow.html" class="m-doc">Pipeflow</a> <span class="m-doc">class to create a pipeflow object used by the pipe callable</span></li>
              <li>class <a href="classtf_1_1Pipeline.html" class="m-doc">Pipeline</a> <span class="m-doc">class to create a pipeline scheduling framework</span></li>
              <li>class <a href="classtf_1_1RandomPartitioner.html" class="m-doc">RandomPartitioner</a> <span class="m-doc">class to construct a random partitioner for scheduling parallel algorithms</span></li>
              <li>class <a href="classtf_1_1Runtime.html" class="m-doc">Runtime</a> <span class="m-doc">class to include a runtime object in a task</span></li>
              <li>class <a href="classtf_1_1ScalablePipeline.html" class="m-doc">ScalablePipeline</a> <span class="m-doc">class to create a scalable pipeline object</span></li>
              <li>class <a href="classtf_1_1Semaphore.html" class="m-doc">Semaphore</a> <span class="m-doc">class to create a semophore object for building a concurrency constraint</span></li>
              <li>class <a href="classtf_1_1SmallVector.html" class="m-doc">SmallVector</a> <span class="m-doc">class to define a vector optimized for small array</span></li>
              <li>class <a href="classtf_1_1StaticPartitioner.html" class="m-doc">StaticPartitioner</a> <span class="m-doc">class to construct a static partitioner for scheduling parallel algorithms</span></li>
              <li>class <a href="classtf_1_1Subflow.html" class="m-doc">Subflow</a> <span class="m-doc">class to construct a subflow graph from the execution of a dynamic task</span></li>
              <li>class <a href="classtf_1_1Task.html" class="m-doc">Task</a> <span class="m-doc">class to create a task handle over a node in a taskflow graph</span></li>
              <li>class <a href="classtf_1_1Taskflow.html" class="m-doc">Taskflow</a> <span class="m-doc">class to create a taskflow object</span></li>
              <li>struct <a href="structtf_1_1TaskParams.html" class="m-doc">TaskParams</a> <span class="m-doc">task parameters to use when creating an asynchronous task</span></li>
              <li>class <a href="classtf_1_1TaskQueue.html" class="m-doc">TaskQueue</a> <span class="m-doc">class to create a lock-free unbounded single-producer multiple-consumer queue</span></li>
              <li>class <a href="classtf_1_1TaskView.html" class="m-doc">TaskView</a> <span class="m-doc">class to access task information from the observer interface</span></li>
              <li class="m-doc-collapsible collapsed">
                <a href="#" onclick="return toggle(this)">class</a> <a href="classtf_1_1TFProfObserver.html" class="m-doc">TFProfObserver</a> <span class="m-doc">class to create an observer based on the built-in taskflow profiler format</span>
                <ul class="m-doc">
                  <li>struct <a href="structtf_1_1TFProfObserver_1_1TaskSummary.html" class="m-doc">TaskSummary</a> <span class="m-doc"></span></li>
                  <li>struct <a href="structtf_1_1TFProfObserver_1_1WorkerSummary.html" class="m-doc">WorkerSummary</a> <span class="m-doc"></span></li>
                </ul>
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              <li>class <a href="classtf_1_1Worker.html" class="m-doc">Worker</a> <span class="m-doc">class to create a worker in an executor</span></li>
              <li>class <a href="classtf_1_1WorkerView.html" class="m-doc">WorkerView</a> <span class="m-doc">class to create an immutable view of a worker in an executor</span></li>
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        <p>Taskflow handbook is part of the <a href="https://taskflow.github.io">Taskflow project</a>, copyright © <a href="https://tsung-wei-huang.github.io/">Dr. Tsung-Wei Huang</a>, 2018&ndash;2024.<br />Generated by <a href="https://doxygen.org/">Doxygen</a> 1.9.6 and <a href="https://mcss.mosra.cz/">m.css</a>.</p>
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